In order to strengthen industry-university-research cooperation and international exchange, Chongqing International Semiconductor Academy was established in 2011. The college has also carried out extensive cooperation and exchanges with renowned research institutes and enterprises, such as the Chinese Academy of Sciences, China Electronics Technology Group, Siliver Group, Chongqing Yude Technology Company, Southwest Integrated Circuit Design Company, Chongqing Shenzhou Longxin Technology Company, etc., and established bases for talent cultivation, scientific research, and students' internships and training.
Based on this educational philosophy, the college has built several high-quality courses and key courses at all levels. It actively promotes teaching reform and strengthens quality education, and the total number of teaching reform projects at all levels has reached 20. We emphasize the training of students in practical teaching, and pay close attention to the construction of internship bases. College existing professional laboratory center experimental teaching units, as well as the central and local **** built optical information technology laboratory, microelectronics technology laboratory, integrated circuit design laboratory and radio frequency technology laboratory; in addition, has with Chongqing Putian communications equipment limited company, Southwest Integrated Circuit Design Limited Liability Company, Chongqing Airway photoelectric technology limited company, Chongqing Wandao Optoelectronics Technology Limited company, a number of units jointly established student internship base. Ltd. and Chongqing Wandao Optoelectronics Technology Co. Scientific research projects
From 2007 to 2012, the company undertook 66 projects at the provincial and ministerial levels, with a total of 40.39 million RMB in scientific research projects.
As of 2012, the main projects undertaken by the State and the State Council departments No. Project Name Project Source Project Time Main Completor 1. Research on Low-Dimensional Chaotic Invariant Sets Based on Topological Horseshoe National Natural Science Foundation of China (NSFC) 2009-01 Li Qingdu 2. Research on the Key Technology of Gossypol Vibratory Micro Gyroscope Driven by Optical Pulse and Detected by All Fiber Optics NSFC 2011-08 Liu Yu 3. Research on the Key Technology of Positive Vibration Micro Gyro Based on Positive Fiber Optics 2011-08 Liu Yu 3. Research on the theory of reversible logic synthesis based on positive Davio judgment map and its implementation method NSFC 2011-08 Pang Yu 4. Research on the theory and key technology of efficient quasi-optical mode transformation of asymmetric body-mode gyratory tubes NSFC 2011-08 Wang Bin 5. Research on chaotic determination and transformation of hybrid systems based on heterogeneous computation NSF Project 2011-08 Qingdu Li 6. Theory and Methods of Fractal-Based MEMS Dynamic Measurement NSF Project 2010-12 Yuan Luo 7. Temperature-Effect-Based Absorption High-Resolution Imaging of Optical Thin Films NSF Project 2010-01 Honggang Hao 8. Study on Dynamical Problems of Mixed Systems NSF Project 2010-01 Qingdu Li 9. Project 2010-01 Li Qingdu 9. National Internet of Things Development Special Funds Project - Research and Development of RFID and BAN*** Key Technologies for Medical Internet of Things Applications Project of State Council Departments 2011-07 Lin Jinzhao 10. Research on Monocular Video Tracking Algorithm with Mixed Camshift and Kalman Filtering for Intelligent Rehabilitation System Research on Monocular Video Tracking Algorithm for Intelligent Rehabilitation System Project of Departments under the State Council 2010-09 Luo Yuan 11. Research and Development of Remote Monitoring System for Blood Purification Equipment Project of Departments under the State Council 2009-09 Lin Jinzhao 12. Development and Production of Core Module of Digital Multimedia Broadcasting Receiver for DAB Project of Departments under the State Council 2009-07 Wang Guoyu 13. National Scientific and Technological Major Special Project - TD-SCDMA -R&D and Industrialization of TD-SCDMA Enhanced Multimedia Mobile Phone Terminal Project of Various Departments under the State Council 2009-05 Shen Min 14. National Support Program--Research and Development of Baseband Research Sample for LTE TDD Terminal Project of Various Departments under the State Council 2009-01 Shen Min 15. National Science and Technology Major Project--R&D and Industrialization of Baseband Chip for TD-SCDMA Enhanced Multimedia Terminal 2009-01 Shen Min 16. National Torch Program--TD-SCDMA (LCR) National Torch Program - TD-SCDMA(LCR) Baseband Chip and Wireless Module for Mobile Phone 2006-09 Shen Min 17. National 863 Program - Development of RF Chip for TD-SCDMA Terminal 2005-07 Chen Ming Patent Invention No. Patent Name Inventor Authorization Time 1. Heterogeneous Multi-Robot System Task Allocation Method 1. Heterogeneous Multi-Robot System Task Allocation Method Yuan Luo(2) 2011-07 2. A Chaotic Circuit Generating Multi-surround Line Wave and Realization Method Xiaohua Luo(1) 2011-02 3. Compensation Method of Drill-Following Orientation Measurement Error Based on Micro-Quartz Angular Rate Sensor LiuYu(1) 2010-09 4. Control Method of Radius-Free Turning for Bionic Robot Fish Yuan Luo(2) 2010-07 5. Means for implementing a DAB receiver channel decoder Lu Mingying(1) 2010-04 6. LED general-purpose driving circuit Wu Guineng(1) 2010-03 7. Design method of HARQ technology data cache and its circuit Bi Min(1) 2009-12 8. A downlink synchronous frequency-guided time slot Search Method Shen Min(2) 2009-12 9. A Multi-Algorithm Enhancement Method for Wireless Positioning Based on Information Fusion Luo Yuan(2) 2009-11 10. 16QAM Fixed-Point Demodulation Method in HSDPA Wang Xizhu(1) 2009-09 11. A Method to Achieve Code Slice-Level Accurate Synchronization in Initial Search of Cells for Subscriber Terminals Tan Shu(1) 2009-08 12. TD-SCDMA Cell Initial Search and Its Circuitry. An accurate access method during initial cell search in TD-SCDMA system Jing Shen(1) 2009-06 13. A digital circuit design method with controllable reset value Xiaoyong Yang(1) 2009-06 14. A design method to reduce leakage power consumption of large-scale integrated circuits Xiaoyong Yang(2) 2009-04 15. A method for estimating the number of mobile terminal users in mobile communication system Min Shen(1) 2009-09 16. A method of estimating the number of terminal users in mobile communication system Min Shen(1) 2008-05 16. A power-saving synchronization method of cell phone baseband chip Xiaoyong Yang(1) 2007-10 17. A method of estimating the direction of incoming wave based on TD-SCDMA wireless localization Yuan Luo(3) 2006-10 Scientific and Technological Rewards
1. "Series of monitoring and controlling key technology and whole machine equipment of blood purification system". Key Technology and Complete Equipment", Lin Jinzhao(2), National Science and Technology Progress Award, Second Prize, 2012-02
2. "Research on Key Technology of Ultra-large Scale Integrated Circuit Etching Process Control", Wang Wei, Luo Yuan, etc., Chongqing Science and Technology Progress Award, Third Prize, 2011- 05
3. "Development of Vibration Angular Rate Sensor and Its Application in Wireless Drill-Following Guided Positioning", Liu Yu, Chongqing Municipal Science and Technology Progress Award, Third Prize, 2011-05
4. "Series of Monitoring Technology and Whole Machine Equipment for Blood Purification System ", Lin Jinzhao (2), Chongqing Municipal Science and Technology Progress Award, Second Prize, 2010-05
5. "Short-distance Wireless Communication Technology and Application", Lin Jinzhao, Chongqing Municipal Science and Technology Progress Award, Second Prize, 2009-03
6. "Analysis and Control of Complex Behavior of Nonlinear Systems", Qingdu Li, Natural Science Award of Chongqing Municipality, Third Prize, 2009-03
7. "Key Technology and Application of Core Chip Platform for TD-SCDMA Terminal", Min Shen (2). National Technology Invention Award, Second Prize, 2008-12
8. "Digital Multimedia Broadcasting DMB Receiver and Baseband Chip", Lu Mingying, Wang Guoyu, Zhang Hongsheng, etc., Chongqing Science and Technology Progress Award, Third Prize, 2008-03
9. "TD -SCDMA Mobile Phone Key Technology Research and Realization", Min Shen (2), Chongqing Municipal Technology Invention Award, First Prize, 2007-03
10. "Research on Silicon MEMS Design and Processing Technology", Wu Pan (2), Chongqing Municipal Science and Technology Progress Award, Second Prize. 2007-03
11. "Research on Key Problems in Analysis and Control of Intelligent Systems", Qingdu Li (6), Natural Science Award of Chongqing Municipality, Second Prize, 2007-03
12. "Research on Dark Energy" , Gong Yungui, Duan Changkui et al, Chongqing Natural Science Award, Second Prize, 2006-03
13. "Research on Optical WDM and Optical Transmission Mechanisms in Communication Systems", Mao Youju, Dang Mingrui et al, Chongqing Natural Science Award, Third Prize, 2005-03
14. "Chaos Control and Its Application in Communication Theory", Xiaosong Yang, Ping Zhou, Qingdu Li, et al, Chongqing Natural Science Award, Third Prize, 2004-03
15. "Research on Practical Techniques of Transmission of Communication-Broadcasting and Television*** Networks ", Mao Youju et al, Chongqing Municipal Science and Technology Award, First Prize, 2002-03
Teaching Materials Monographs
Monographs Serial No. Name of Monograph Author Name of Publishing House Publication Time 1. Principles and Applications of MIMO Technology Lin Yun(1) People's Posts and Telecommunications Publishing House 2010-11 2. Solid State Vibrational Gyroscope and Navigation Technology Liu Yu(1) China Aerospace Publishing House 2010-09 3. A Complete Guide to Semiconductor Devices Qiujun Li(1) Science Press 2009-07 4. Mobile Robot Technology and Its Applications Yuan Luo(2) Electronic Industry Press 2007-09 5. Chaotic Systems and Chaotic Circuits Qingdu Li(2) Science Press 2007-08 6. Congestion Control and Traffic Control in Computer Networks Changbiao Xu(1) People's Posts and Telecommunications Publishing House 2007-01 7. People's Posts and Telecommunications Publishing House 2007-01 7. Bluetooth Protocol and Its Source Code Analysis Lin Jinzhao(2) National Defense Industry Press 2006-09 Textbook No. Textbook Name Ranking Publisher Publication Time 1. Exercise Guide for Digital Circuits and Logic Design Zou Hong(1) People's Posts and Telecommunications Publishing House 2010-09 2. Fiber-optic Communication Systems and Networks Zhang Demin(2) Electronic Industry Press 2010-08 3. RF Communication Circuits Lin Yun(1) Huazhong University of Science and Technology Press 2009-08 4. Digital Signal Processing Zhang Demin(2) Higher Education Press 2009-02 5. Practical Tutorial on Mechanical Drawing in AutoCAD 2008 Wang Wei(2) Tsinghua University Press 2008-08 6. Digital Circuits and Logic Design Zou Hong(1) People's Posts and Telecommunications Publishers 2008-03 7. Signal and System He Feng(1) People's Posts and Telecommunications Publishing House 2008-03 8. Signals and Systems He Feng(2) Science Publishing House 2008-02 8. Signals and Systems Analysis Zhang Demin(1) Higher Education Publishing House 2006-09 9. Modern Communication Systems and Information Networks Zhang Demin(2) Higher Education Publishing House 2005-08 10. Communication Optical Fiber and Cable Engineering Zhang Demin(2) People's Posts and Telecommunications Publishing House 2005-02 11. Principles of Telecommunication Transmission Zhang Demin(3) Electronic Industry Press 2004-08 12. ) Electronic Industry Press 2004-08 12. Modern Communication System Zhang Demin(2) Xi'an University of Electronic Science and Technology Press 2003-02 Integrated Circuit Design and Integrated System
(Bachelor's Degree, four years of standard study, awarded the degree of Bachelor of Engineering, admission category: science and technology)
Training Objective: This program aims to train people to master the basic theories of integrated circuits and the ability of designing various types of electronic information systems, and to train them to master the basic theories of integrated circuits and the ability of designing various types of electronic information systems. This program aims to cultivate high-level applied technical talents with certain innovation ability who master the basic theory of integrated circuits, the basic methods of integrated circuit design, the EDA tools of integrated circuit design, and are familiar with the knowledge of circuits, computers, signal processing, communications and other related systems, and who can be engaged in the research, design, teaching, development, and application of integrated circuits and various types of electronic information systems.
Major courses: semiconductor device physics, microelectronic devices, analog and digital integrated circuit design principles, digital integrated circuit design technology and applications, modern communication systems, communication integrated circuit design, digital-analog hybrid integrated circuit design, digital signal processing FPGA design introduction, system-on-chip design, digital system simulation and verification.
Professional advantages and characteristics: large selectivity of professional direction and wide caliber of practice; professional practice and innovation platform based on high-level scientific research projects; relying on the provincial key disciplines, Chongqing Microelectronics Engineering Key Laboratory, the central and local ****built microelectronics engineering centers, and integrated circuit design enterprises ****built off-campus practice and internship bases;
Graduating direction: can be Engaged in digital integrated circuit system design and development, system-on-chip (SoC), embedded systems, computer control technology, communications, consumer electronics and other information technology fields of research, teaching, research and development, production management and administration.
Electronic Information Science and Technology
(Bachelor's Degree, four years standard duration, Bachelor's Degree of Science, enrollment category: Science and Technology)
The training objective: to cultivate the students who are equipped with broad theoretical foundations, practical ability and professional knowledge in the fields of electronics, information technology, computer technology and communication technology, and who are able to work in the field of information generation, acquisition, storage, processing, transmission, control, display and other technologies, Transmission, control, display and other technologies as the main body of all kinds of communication and electronic information systems to engage in the corresponding research, design, teaching, development, application, production management and other aspects of the work, and in the information theory and information systems, signal and information processing and system-on-a-chip (SoC) design, wireless and mobile communication technology and other directions to form a distinctive feature of the senior scientific and technological personnel.
Major Courses: Circuits and Electronics Technology, Computer Technology Series, Signals and Systems, Principles of Communication, Information Theory and Coding, Digital Signal Processing, Principles and Applications of DSP, Principles and Applications of Microcontroller, Programmable Logic Devices and Hardware Description Languages, System-on-Chip (SoC) Design, Analog and Digital System Design, Sensors and Detection Techniques, Principles of Wireless Communication, and Mobile Communication Technology. Communication Technology, etc.
Professional advantages and characteristics: (1) direction selectivity, wide caliber. At the same time with electronic technology, information technology, computer technology and communication technology knowledge. (2) Strong faculty. There are well-known scholars at home and abroad and provincial and ministerial-level excellent teaching team, central and local **** built laboratory, electrical and electronic "provincial and ministerial-level demonstration experimental center" and other basic and professional practice teaching platform. (3) Inheriting the advantages of the information discipline of the university, the university has distinctive features in the directions of information theory and information system, signal and information processing and system-on-chip (SoC) design, and wireless and mobile communication technology, etc. The university has also been recognized as one of the leading universities in China in the field of electronics and information technology. (4) It has good cooperative relationship with national high-tech enterprises in electronic information.
Careers: Telecommunication equipment manufacturers, communication carriers and related enterprises in the fields of radio and television, remote control and telemetry, radar, sonar, electronic countermeasures, measurement, control, navigation, aerospace and other fields, engaged in communication and electronic information systems related to research, design, development, application, production management, etc., and at the same time, can also be in the field of electronic sciences and technology, communication and information systems and other disciplines. Further study or engage in research and teaching work.
Microelectronics Science and Engineering
(Bachelor's Degree, four years, Bachelor's Degree of Engineering, Recruitment Category: Science and Technology)
Cultivation Objective: To cultivate students who are adaptable to domestic and foreign industry development, with international vision, mastering solid theoretical foundations, possessing good semiconductor device analysis ability, and having innovative spirit and comprehensive competitiveness in integrated circuit manufacturing process, packaging and testing, and analog integrated circuit design. The program is designed to develop highly qualified and complex talents with innovative spirit and comprehensive competitiveness in integrated circuit manufacturing process, packaging and testing, and analog integrated circuit design.
Major courses: semiconductor device physics, microelectronic devices, analog integrated circuit design, RF integrated circuit design, modern electronic materials and components, modern semiconductor process, semiconductor packaging and testing technology.
Professional strengths and characteristics: (1) National-level specialties with strong faculty. (2) With provincial and ministerial-level key laboratories, provincial and ministerial-level teaching experiment demonstration centers, and a number of well-known semiconductor enterprises **** build off-campus training base. (3)Adopting the new "International Semiconductor Academy Talent Cultivation Model" with mature experience.
Employment: In domestic and foreign semiconductor-related enterprises and research institutes engaged in semiconductor process research, analog integrated circuit design, electronic product design and semiconductor equipment maintenance and other aspects of the work.
Electromagnetic Field and Wireless Technology
(Bachelor's Degree, four-year standard academic system, Bachelor's Degree of Engineering, Enrollment Category: Science and Technology)
Cultivation Objective: To cultivate the students with solid basic theories, broad knowledge, strong practical ability, and capable of engaging in scientific research, product research and development, technical service, and management work in the field of wireless propagation environment analysis and electromagnetic compatibility. The program is designed to develop "research and development" and "engineering application" technical talents.
Major courses: basic mathematics and science, circuits and electronics, computer basics and applications, and communications courses, electromagnetic field and electromagnetic wave technology, wireless propagation analysis, and electromagnetic compatibility technology series of courses.
Specialty advantages and characteristics: (1) national ad hoc specialties, relying on the provincial key disciplines of electronic science and technology. (2) With a variety of personnel training modes, such as "electronic engineering experimental class", "scientific research training program for college students", "professional scientific research training program", and so on. (3) Focusing on wireless propagation environment analysis, electromagnetic compatibility technology, microwave radio frequency system and other characteristics, focusing on thick foundation, strong ability of research and development, engineering application-oriented personnel training.
Careers: Telecommunications, broadcasting and television, aerospace, instrumentation and other information industries and telecommunication equipment manufacturers, telecommunications carriers and antenna system manufacturing enterprises, engaged in wireless propagation environment analysis, electromagnetic compatibility and other aspects of the research, design and development work, but also in the field of electromagnetic field and microwave technology, electronic science and technology, communications and information systems and other disciplines to continue to further study or engage in research and teaching work. The program also allows students to pursue advanced studies or research and teaching in the fields of electromagnetic field and microwave technology, electronic science and technology, communication and information system.
Electronic Science and Technology
Bachelor's Degree (four years, bachelor's degree of engineering, enrollment category: science and technology)
Cultivation Objective: To cultivate the students with broad theoretical foundation, experimental ability and professional knowledge in the field of physical electronics, optoelectronics and microelectronics, and capable of designing, manufacturing and corresponding new products of all kinds of electronic materials, components, integrated circuits, and integrated electronic systems and optoelectronic systems. System design, manufacturing and corresponding new products, new technologies, new processes, research, development and other aspects of the work, in the circuit theory and systems, electronic technology and its application of the direction of the formation of special features, and can be engaged in related areas of the corresponding device and system research, design, development, production management and other aspects of the work of senior personnel.
Major courses: basic mathematics and science, circuit theory, electronic technology, computer fundamentals and technology, basic communication series of courses, microcontroller principles and applications, semiconductor physics and devices, electronic materials and components, electromagnetic fields and electromagnetic waves, programmable logic devices, analog and digital system design.
Professional strengths and characteristics: (1) school-level brand professional. Relying on the key disciplines of electronic science and technology (as of 2012, it is a doctoral construction discipline), it provides good conditions for students to further their studies. (2) Strong faculty. Based on Chongqing University Experimental Teaching Demonstration Center of Electrical Engineering Experiment Center, Central and Local ****Built RF Laboratory and Electromagnetic Field and Microwave Technology Experiment Center, etc. as the foundation and professional practice teaching platform. (3) service electronic information industry and local economy, in circuit theory and system, electronic technology and its application and other fields with distinctive characteristics.
Careers: Telecommunications equipment manufacturers, communications carriers, radio and television, aerospace and other enterprises, engaged in circuit design, electronic components development, measurement and control instruments, hardware and software design and production management of electronic enterprises, but also in the field of electronic science and technology, communication and information systems and other disciplines to further study or engage in research and teaching work.
Optoelectronic Information Science and Technology
(Bachelor's Degree, four-year standard academic system, bachelor's degree in engineering, enrollment category: science and technology)
Cultivation Objective: Cultivate people of moral character and talent, with a solid foundation, broad knowledge and strong innovation ability, with the basic theory and professional skills of the specialty, and to strengthen the combination of "optoelectronic calculations". "
Major courses: basic mathematics and science, basic optics, electric circuits, computers and communication series of courses, photoelectric technology, fiber optic technology, optical information processing and display and lighting series of specialized courses, optoelectronic field of cutting-edge technology courses.
Major advantages and characteristics: (1) Chongqing Municipal Specialty, Chongqing University of Posts and Telecommunications brand specialty. (2) professional direction selective, wide caliber of practice, as of 2012, to this professional graduates employment rate remained at more than 95%. (3) With well-known scholars at home and abroad, the faculty is strong. (4) Relying on the municipal optical fiber communication technology key laboratory, with the central and local **** built professional laboratories, and the national electronic information high-tech enterprises and other high-tech enterprises have good relations of cooperation.
Careers: communication equipment manufacturers, communication operators, optoelectronic equipment manufacturers, as well as display and lighting technology and related fields engaged in product development, production technology or management, to study for a master's degree or engaged in scientific research and teaching. Electrical Theory and New Technology
This program is based on the theory of electrical engineering, and emphasizes the research of cutting-edge theories and technologies that combine electrical theory with new technologies. As of 2012, the discipline is mainly engaged in electronic new technologies and their applications, electrical theory and communication technology, Internet of Things technology applications, smart grid and other aspects of the research work. As of 2012, the discipline has made good achievements in the field of combining electronic technology with information technology and communication technology, published 10 monographs, published more than 100 high-level papers, undertaken more than ten national, ministerial and provincial scientific research projects, and won a number of provincial and ministerial scientific progress awards, especially in the communication of new electronic technology and other research achievements are remarkable. The main degree and professional courses in this discipline are: modern circuit theory and technology, modern signal processing, modern sensing technology and systems, advanced electromagnetic field theory, modern power electronics technology, smart grid technology, Internet of Things technology and applications, radio frequency identification principles and system design.
Integrated Circuit Engineering
Integrated Circuit Engineering Technology encompasses the latest developments in today's electronic technology, computer technology, materials technology and precision processing technology. The high-density, small-scale and high-performance characteristics of integrated circuits make integrated circuit engineering technology one of the most pervasive and comprehensive engineering technology fields today. The applications of ICs involve network communications, computing systems, information appliances, automotive electronics, control instrumentation, bio-electronics and many other aspects. Design and manufacture of integrated circuits as the core of application products, is a modern electronic system for the user-oriented, product-oriented, application-oriented to win the competitiveness of the requirements, but also the key to the upgrading and transformation of traditional industries.
With the 24th, 44th and 26th Research Institutes of China Electronics Technology Group Corporation (CETC), SILICON Group, Chongpu Telecom, Southwest Integrated Circuit Design Company and many other domestic and foreign scientific research institutes, companies and enterprises in the field of integrated circuit engineering to carry out a wide range of personnel training and scientific research cooperation, and realize the resource ****sharing, complement each other's strengths. The program employs senior experts from research institutes and companies with rich experience in scientific research and practical work as part-time tutors, which provides good application-oriented support.
The major courses in this program are: semiconductor device physics, solid state electronics, electronic information materials and technology, circuit optimization design, digital integrated circuits, analog integrated circuits, integrated circuit CAD, microprocessor architecture and design, integrated circuit test methodology, microelectronic packaging technology, microelectromechanical systems (MEMS), VLSI digital signal processing.
Optical Engineering
"Optical Engineering" is a discipline with a long and young history, which is based on optics and crosses and penetrates with information science, energy science, material science, life science, space science, precision machinery and manufacturing, computer science and microelectronics. Laser technology, optical communication, optical storage and recording, optical information processing, optoelectronic display, holography and three-dimensional imaging, thin film and integrated optics, optoelectronics and photonics technology, laser material handling and processing, low-light and infrared imaging technology, optoelectronic measurements, optical fiber optics, modern optical and optoelectronic instrumentation and devices, optical remote sensing technology, and integrated optical engineering technology and other disciplines, becoming an important basis for the rapid development of the modern optics industry and photonics industry. industry has become an important foundation for the rapid development of modern optics industry and optoelectronics industry.
This discipline has a reasonable academic echelon consisting of professors, researchers, associate professors and lecturers. Relying on the Key Laboratory of Optical Fiber Communication Technology of the Ministry of Industry and Information Technology and Chongqing Municipality and the Key Laboratory of Microelectronics Engineering of Chongqing Municipality, the discipline has formed stable and distinctive academic directions in the fields of optoelectronics technology and application, optical fiber communication system, optoelectronic materials and devices, as well as infrared imaging and image processing technology. From 2009 to 2012, we have undertaken more than 20 national, provincial and ministerial scientific research projects and lateral projects, won five provincial and ministerial scientific and technological achievement awards, eight national/provincial teaching achievement awards, and published more than 100 papers in domestic and international academic journals and international academic conferences, of which more than 50 are SCI/EI/ISTP searches.
The major degree and professional courses in this discipline are: mathematical physical methods, stochastic processes and their applications, laser physics and technology, optoelectronics technology, optoelectronic materials and devices, fiber optic communication principles, advanced optics, integrated optics, digital imaging technology, machine vision, fiber optic sensing and detection technology, nonlinear optics, microelectromechanical systems technology, weak signal detection technology.
Electronic Science and Technology
Electronic science and technology is the foundation of information science and technology. This discipline and information and communication engineering, computer science and technology, and control science and engineering 3 disciplines **** together constitute the main disciplines of our university electronic information category. After years of construction, this discipline has achieved good development in the direction of the discipline, academic team, scientific research platform, research results and personnel training.
The discipline has Chongqing key disciplines of microelectronics and solid state electronics and microelectronics engineering Chongqing university municipal key laboratories, and optical fiber communication technology Chongqing university municipal key laboratories. As of 2012, the discipline has formed obvious characteristics and advantages in the direction of microelectronic systems and integrated circuit design, semiconductor materials, devices and processes, optoelectronics technology and applications and communication and measurement and control in the circuit system and electromagnetic theory, and initially formed a reasonably well-structured academic team, and has achieved a series of academic results. As of 2012, it has undertaken 57 projects at the provincial and ministerial levels and above, including 14 projects of the National Natural Science Foundation of China; in the past five years, it has published 525 papers, of which 149 are indexed by SCI, EI and ISTP; **** it has won 11 scientific and technological awards at the provincial and ministerial levels and above, in particular, it is the key platform of core chip for TD-SCDMA terminal, which is participated by the research team of microelectronic system and integrated circuit design, and the key platform of core chip for communication and measurement and control. SCDMA terminal core chip platform key technologies and applications" project won the second prize of the National Technology Invention, semiconductor materials research team completed the "theoretical study of rare-earth system spectroscopy" project won the first prize of Natural Science in Chongqing Municipality. At the same time, the discipline has also won six national and Chongqing Municipal Higher Education Teaching Achievement Awards. In the past five years, the department has recruited 299 master's degree students, conferred 156 master's degrees, and jointly cultivated doctoral students with Xi'an Jiaotong University, University of Electronic Science and Technology and other universities.
The main degree and major courses in this program are: mathematical physics methods, stochastic processes and their applications, advanced algebra and matrix analysis, semiconductor device physics, transistor principles, advanced electromagnetic field theory, optical waveguide theory, new technology of optical communication, microelectromechanical system technology, nonlinear circuits and systems, RF integrated circuit design, chaos and control of nonlinear systems, integrated circuit design and manufacturing Technology, Microwave Circuits, etc. As of 2014, there are 92 active faculty members, including 14 professors, 36 associate professors and 42 lecturers; among the professional teachers, 25 have doctoral degrees and 46 have master's degrees; there are 6 doctoral supervisors, 2 experts enjoying special government subsidies, and 3 outstanding young and middle-aged backbone teachers in Chongqing.Since 2001, the faculty*** has published 552 papers, of which 186 have been Since 2001, teachers *** published 552 papers, of which 186 were included in SCI, EI, ISTP; **** undertake 88 scientific research projects, including 863 major projects, the National Natural Science Foundation of China, won nine provincial and ministerial-level scientific and technological progress awards, four national patents; 4 teachers were awarded the provincial and ministerial-level advanced individuals. Two provincial and ministerial-level key laboratories, "Key Laboratory of Optical Fiber Communication Technology" and "Key Laboratory of Microelectronics Engineering", as well as the provincial and ministerial-level key disciplines of "Microelectronics and Solid State Electronics", have been constructed as of 2014. The construction of key disciplines, as of 2014, has formed characteristics in the field of fiber optic communication technology, TD-SCDMA cell phone core chip research and development, DAB/DMB technology, nano optoelectronic materials and other theoretical research.